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Heat pipes and thermosyphons are highly efficient heat transfer devices that operate based on two-phase fluid cycles. These devices typically consist of a sealed, evacuated tube containing a controlled amount of working fluid. In heat pipes, fluid movement is driven by capillary forces generated by an internal wick, while in thermosyphons, gravity performs this function. Despite variations in geometry and configuration, both devices share a fundamental structure comprising two main regions: the evaporator and the condenser, with a third thermally insulated (adiabatic) region sometimes present between them.

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